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  • Versatility the Key with CO2 Lasers
    With a CO2 laser, versatility is the key benefit of expanding your business. This whitepaper explains how the never ending list of engraveable materials like wood, acrylic, glass, etc. allows our customers to be in control of their selling process with the large number of products that they can
  • Add the Versatility of a CO2 Laser System
    Adding the versatility of a CO2 laser system can be the key to success for your business. This whitepaper explains the versatility of CO2 laser systems and how they can benefit your business.
  • Glass vs. Metal CO2 Laser Tubes
    Why are Epilog Laser machines built with air-cooled metal laser tubes? A rack of epilog laser co2 metal laser tubes. When you're looking to purchase a CO2 laser machine, there are a number of points to consider. One of the primary attributes that differentiates systems on the market is the type
  • Is a Fiber Laser Better Than a CO2 Laser?
    For any trade that involves any kind of cutting, engraving, or etching, the owner will face the decision of which kind of laser to purchase for his work.
  • Label Cutting With a CO2 Laser with Wavelength Optimization
    The digital printing revolution has changed the landscape of label creation significantly. With the flexibility of printed design, the need to easily change the cut shape to match has become very important.
  • Machine and Human Readable Laser Engraved Graphics on Glass
    CO2 laser engraving "marking" of select coated and uncoated glass. Laser etched graphics, icons and unique. identifiers (QR codes and barcodes)
  • Liquid Cooling a Laser for System Optimization
    The performance of high-powered lasers depends on effective cooling. High-powered lasers generate a significant amount of heat that must be removed from the laser system to avoid overheating critical components. Carbon dioxide (CO2) lasers, excimer lasers, ion lasers, solid-state lasers, and dye
  • Red Metals, Green Lasers WDF 0905 (.pdf)
    . That's about to change with the advent of 532-nanometer (532 nm) green welding laser technology. The interaction between laser light and welded materials depends on the wavelength of the light and on the base materials. For example, CO2 lasers with wavelengths ear 10 microns interact well with organic

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